AOS MRI Technology Program in California
Build the technical, patient-care, and safety skills used by MRI technologists through classroom learning and hands-on training.
Fast Track to MRI
In as Little as 18 Months*
Hands-On Training
Labs, Simulation & Clinical Training
Certification Prep
Prepare for ARMRIT & ARRT Exams
*Program length when completed on standard schedule.
MRI Tech Program at a Glance
- Degree: Associate of Occupational Science in MRI Technology
- Program Length: 18.75 months / 75 weeks*
- Credits: 101 quarter credits
- Clock Hours: 1,746
- Format: Blended with evening and weekend classes
- Training: Classroom instruction, labs, simulation, and externship experience
- Certification Preparation: ARMRIT and/or ARRT national examinations
Overview
MRI Tech Training at CNI College
MRI technologists use magnetic resonance imaging equipment to produce detailed cross-sectional images that physicians and radiologists can use in patient diagnosis and treatment.
CNI College’s MRI tech program teaches students both the technical and patient-care sides of the profession. Training covers MRI technology and physics, anatomy, imaging procedures, patient positioning, safety, pathology, medical terminology, and professional communication.
Students also learn how to work as part of a diagnostic healthcare team while helping patients feel informed, comfortable, and safe during MRI procedures.
Training & Technology
Hands-On MRI Training & Technology
MRI technology is a hands-on field, so practical experience is an important part of CNI College’s MRI tech training.
Students apply concepts from the classroom through laboratory practice, simulation, and clinical experience. The program includes more than 120 hours of hands-on lab and simulation training as well as a 1,000-hour clinical externship.
During training, students have opportunities to develop skills related to:
- Patient preparation and positioning
- MRI safety and screening procedures
- Imaging protocols
- Cross-sectional anatomy
- Image quality
- Patient communication and care
- Professional practices in an imaging environment
MRI Technology Used During Training
Students may gain experience with different types of MRI technology as part of their training. Equipment identified for the program includes GE, Siemens, Philips, Fonar, and Hitachi MRI systems with different field strengths and configurations.
CNI College also incorporates MRI simulation into the learning experience, giving students another way to practice imaging concepts and procedures before and alongside clinical training.
“I had a great experience from the beginning to the end.”
Prince A.CNI Graduate
Program Features
What Sets CNI’s MRI Tech Program Apart?
Students comparing MRI tech programs often want to know what training will look like beyond the classroom. CNI College’s AOS MRI Technology program combines several types of learning and student support.
Hands-On Learning
Students reinforce classroom instruction through laboratory training, MRI simulation, and clinical experience.
Clinical Experience
The program includes a 1,000-hour externship where students can apply their training in a supervised healthcare environment and continue developing MRI competencies.
Certification Exam Preparation
MRI review resources, tutoring, and the required capstone course help students reinforce program material and prepare for the ARMRIT and/or ARRT examination process.
Industry Connections
CNI College works with affiliated imaging sites to provide clinical learning opportunities and help students experience professional MRI environments.
Academic Resources
Students have access to instructors, tutoring, library resources, online research tools, and additional review opportunities throughout the program.
Outcome
MRI Certification & Program Outcomes
Students who successfully complete the program earn an Associate of Occupational Science in MRI Technology.
The curriculum is also designed to help prepare graduates to pursue national MRI certification through the American Registry of Magnetic Resonance Imaging Technologists (ARMRIT) and/or the American Registry of Radiologic Technologists (ARRT), subject to each organization’s eligibility requirements.
The required capstone course reinforces MRI knowledge, professional accountability, decision-making, safety, and certification exam preparation.
Accreditation
CNI College is institutionally accredited by the Accrediting Bureau of Health Education Schools (ABHES). The AOS MRI Technology program also has programmatic accreditation through ARMRIT.
Students should review current ARMRIT and ARRT requirements because eligibility and certification requirements are established by the credentialing organizations and may change.
Course Information
MRI Technology Courses
CNI College’s MRI tech training curriculum begins with foundational general education and healthcare subjects before moving into MRI-specific imaging, physics, anatomy, pathology, clinical training, and certification preparation.
Quarter 1
Computer Application is a foundational course providing students with a comprehensive introduction to the online learning environment and essential technology skills. Delivered in an online asynchronous format, the course covers the use of various tools, including laptop computers, Microsoft programs, Canvas, and computer-based resources such as MyITlab. By the end of the course, students will demonstrate proficiency in computer applications, ensuring academic success both online and in traditional classroom settings through the effective utilization of electronic learning resources.
Written Communication is a foundational course that reviews fundamental English concepts and introduces students to college-level writing. Emphasizing basic grammar and composition skills, students engage in various writing activities to enhance their ability to develop well-structured paragraphs and essays, fostering essential communication skills for academic success.
College Mathematics provides students with a comprehensive exploration of fundamental pre-algebra concepts. From whole numbers to basic algebra, this course introduces key mathematical principles such as fractions, decimals, ratio and proportion, integers, order of operations, percent, signed numbers, measurements, geometry, statistics, and probability, equipping students with a solid foundation for more advanced mathematical studies.
Quarter 2-3
Anatomy & Physiology offers an in-depth exploration of various human systems. From biochemistry to the reproductive system, the course delves into the anatomy and function of organs and tissues, emphasizing the interrelationships of these systems and their homeostatic nature in the context of human disease states, providing students with a comprehensive understanding of the complexities of the human body.
Fundamentals of Imaging Science & Healthcare is a comprehensive course introducing key concepts in imaging science and healthcare. Covering medical terminology, patient management, medical law and ethics, pharmacology, CPR, and professional development, this course provides a foundational understanding of the radiologic science field. Students engage in critical thinking, communication skills, and ethical considerations, gaining practical knowledge in venipuncture techniques and administering diagnostic contrast agents. Additionally, the course focuses on personal and professional development, guiding students in job search techniques and resume preparation through mock interview practicum.
MRI Pathology immerses students in the study of common pathologies encountered in magnetic resonance imaging. Delving into the appearance of these pathologies across various imaging protocols, the course comprehensively covers all major body systems and areas commonly examined in MRI, providing students with a solid understanding of pathological conditions and their manifestations in diagnostic imaging.
Quarter 4-5
Principles and Physics of MRIT is a comprehensive course providing students with a detailed overview of magnetic resonance imaging principles. Topics covered include the history of MR, nuclear MR signal production, health and safety regulations, tissue characteristics, pulse sequencing, imaging parameters/options, and computer in imaging formation and medical informatics. Students will demonstrate advanced application of knowledge in imaging parameters and formations, ensuring a deep understanding of the physics underlying MR imaging.
Cross Sectional Anatomy provides a detailed exploration of human anatomy observed in multiple orthogonal planes. Students study the bones, muscles, vascular structures, organs, and soft tissues of various anatomical regions, including the central nervous system, head, soft tissue neck, musculoskeletal system, cardiovascular system, thorax, abdomen, and pelvis, gaining a comprehensive understanding of cross-sectional anatomy in the context of magnetic resonance imaging.
Quarter 6
MRIT Clinical Externship offers students the invaluable opportunity to apply and enhance their skills in obtaining high-quality MR images. Through hands-on clinical education conducted at a healthcare facility, students develop the ability to adapt imaging protocols based on patient pathology, identify and correct image quality issues, and progress through competency levels with clinical performance objectives and exams. With access to facilities, personnel, and educational resources, this course ensures students acquire the proficiency and expertise necessary for success in the dynamic field of MR imaging.
Capstone is a crucial course designed to prepare MRI-AOS Degree students for the certification exam process. Reinforcing academic knowledge, professional accountability, and independent decision-making, the course emphasizes the critical nature of self-assessment through the completion of mock certification exams. Held on Saturdays, this mandatory capstone course equips students to sit for both the ARMRIT and ARRT National Certification Exams, with successful completion being mandatory for the Program Director to authorize exam applications.
Students should review the current CNI College Catalog for complete course descriptions, schedules, prerequisites, and program requirements.
Admissions
MRI Program Admissions Requirements
Students interested in attending MRI tech school at CNI College must meet the College’s admissions requirements before beginning the program.
Applicants must generally:
- Complete the prospective student questionnaire and admissions process
- Meet with a CNI College Admissions Advisor
- Be at least 17 years old
- Have a high school diploma, GED, or accepted equivalent
- Meet applicable entrance assessment requirements or an approved exemption
- Complete required financial arrangements and enrollment documents
The MRI Technology program currently requires a minimum qualifying score on the Wonderlic Scholastic Level Exam unless the applicant meets an applicable exemption.
Additional requirements may apply before clinical training, including background clearance and other health or clinical documentation.
Because admissions requirements can change, prospective students should review the current CNI College Catalog and speak with an Admissions Advisor for complete requirements.
Support Service
MRI Faculty, Academic Support & Career Services
Learning MRI technology involves developing new scientific, technical, and patient-care skills. CNI College provides resources designed to support students throughout that process.
Experienced MRI Faculty
MRI students learn from instructors with education and professional experience related to magnetic resonance imaging and healthcare.
- Mahmud Khokhar, MD, ARMRIT
Program Director of AOS MRI Technology
Islamia University, Baha Walpur, Pakistan - Ramin Mirbostani, BS, AS, ARMRIT, ARRT
Associate Director and Clinical Manager, Clinical Operations of AOS MRI
Casa Loma College, Anaheim, CA; Azad University, Guilan, Iran
Academic Support
Students have access to tutoring, review sessions, instructors, library services, online research resources, and additional academic assistance.
MRI-specific review materials and the capstone course also help students reinforce important concepts as they progress toward graduation and potential certification examinations.
Career Services
CNI College’s Career Services team provides assistance with professional development and the transition from school into the workforce.
Services may include resume development, interview preparation, job-search strategies, and other career guidance.
Employment is not guaranteed, but Career Services can provide resources and support as graduates pursue opportunities in MRI technology.
AOS in MRI Technology Program Frequently Asked Questions
The MRI Technology program at CNI College is an Associate of Occupational Science (AOS) degree program that prepares students to become MRI technologists. Students learn how to operate MRI machines, manage patient care, follow imaging protocols, and work as part of a diagnostic healthcare team. The training includes classroom instruction, hands-on lab experience, and clinical rotations.
The program can be completed in approximately 18 months, depending on the student’s schedule and any prior credits.
Students must have a high school diploma or equivalent. While prior healthcare experience is helpful, it is not required. Additional admissions steps may include an interview, assessment, or background check.
No. Prior experience in healthcare or radiology is not required to enter the program. The curriculum is designed to teach students the skills they need from the ground up.
While the program strives to maintain a fixed schedule, students should understand that the MRI field operates within a complex healthcare environment. Our hands-on training relies on affiliated off-campus imaging centers, where MRI scanners may occasionally be unavailable due to routine maintenance, technical issues, or unforeseen downtime. As with any advanced medical equipment, MRI systems are subject to service interruptions. In such cases, lab schedules may need to be modified or rescheduled. Students are expected to remain flexible and cooperative should adjustments be required.
Yes. Financial aid, internal and external scholarships, and other tuition support options are available to qualifying students. The financial aid department can help students explore their options.
Yes. Graduates of the MRI program are eligible to sit for national certification exams offered by recognized credentialing bodies, provided all eligibility requirements are met. These include:
- American Registry of Radiologic Technologists (ARRT – MRI): Graduates may apply for the ARRT MRI certification exam, contingent upon meeting ARRT’s academic, clinical, and ethics eligibility requirements.
- American Registry of Magnetic Resonance Imaging Technologists (ARMRIT): Graduates may also apply for the ARMRIT national certification exam, which evaluates MRI-specific knowledge and competencies.
Successful completion of either ARRT or ARMRIT certification provides recognition as a nationally credentialed MRI technologist and may enhance employment opportunities. Students are responsible for reviewing the specific eligibility criteria of each certifying organization prior to application.
Certification is strongly recommended for MRI technologists, as it validates professional competency, ensures adherence to national safety and quality standards, and enhances employability. The two primary certifying organizations are:
- American Registry of Radiologic Technologists (ARRT – MRI): Widely recognized and often required by employers, the ARRT MRI certification demonstrates that the technologist has met rigorous academic, clinical, and ethical standards in MRI imaging. Many hospitals and large healthcare systems specifically require ARRT certification as a condition of employment.
- American Registry of Magnetic Resonance Imaging Technologists (ARMRIT): ARMRIT certification is MRI-specific and focused exclusively on magnetic resonance technology. It is recognized nationally and accepted by a range of outpatient imaging centers, specialty practices, and some hospitals. ARMRIT certification demonstrates proficiency in MRI safety, protocols, and technology, and provides an alternative pathway for individuals pursuing a career dedicated to MRI.
Students are encouraged to review the eligibility criteria for both ARRT and ARMRIT and to consider which certification aligns best with their career goals and the requirements of potential employers.
Career prospects are strong. MRI technologists are in demand across the country, and many employers offer competitive salaries, sign-on bonuses, and relocation assistance. Job settings include hospitals, imaging centers, and outpatient clinics.
MRI technologists work in hospitals, diagnostic imaging centers, outpatient care facilities, and specialty clinics. Some also work in mobile imaging units or travel positions.
Yes. CNI offers job placement assistance and ongoing career services, including resume help, interview preparation, and job search support.
Patient safety is a cornerstone of the AOS-MRIT program and is reinforced throughout every stage of the curriculum. Safety training is not limited to a single course, but instead integrated across multiple quarters and hands-on experiences to ensure students are well-prepared to manage the unique challenges of the MRI environment. Key components include:
- Dedicated Safety Instruction in Core Courses:
- Quarter 3: Comprehensive instruction in MRI safety, including screening protocols, contraindications, and foundational biohazard awareness.
- Quarter 4: Expanded coverage with two dedicated chapters on MRI safety, biohazards, and patient risk management in the MRI environment.
- Quarter 5: Ongoing reinforcement of advanced safety topics tied to clinical decision-making.
- Hands-On MRI Safety Training in Labs:
Students participate in structured MRI Hands-On Labs during Quarters 3, 4, and 5. Training includes:- Proper patient screening and clearance procedures.
- Safe patient positioning and comfort measures.
- Implementation of safety precautions during scanning and workflow.
- Emergency procedures and equipment awareness in the MRI suite.
- Final Safety Certification:
During the concluding lab, students complete a comprehensive safety review and final exam. Upon successful completion, they are awarded an MRI Safety Certificate, documenting their competency in safety protocols and compliance with program standards. - Capstone Safety Integration:
The final capstone course provides a consolidated review of MRI safety principles, reinforcing knowledge gained throughout the program and preparing students for real-world application.
This multi-layered approach ensures that students meet the American College of Radiology (ACR) Guidance Document on MR Safe Practices and comply with ARMRIT requirements, which mandate a minimum of three academic credits in MRI safety as part of program completion. By graduation, students are thoroughly prepared to uphold the highest standards of patient safety, infection control, emergency readiness, and professional communication in diverse MRI practice settings.
